SLP 477 Guest speaker + Feeding

1. A child is described as coughing with thin liquids, stable chewing on age expected solids, and normal mealtime interest. Which statement best captures the primary distinction between a feeding problem and a swallowing problem in this case?

A. Airway safety is threatened despite adequate acceptance, so the central concern is swallowing.

B. The issue is swallowing only if weight gain is also poor.

C. The issue is feeding because solids are tolerated without difficulty.

D. The issue is feeding because interest is intact and coughing is behavioral.

E. The issue is feeding only if the child refuses certain textures.

A. Airway safety is threatened despite adequate acceptance, so the central concern is swallowing.

2. In younger infants, the gag reflex is typically more ______ than in older children.

anterior

3. A medically fragile infant shows work of breathing increasing across the feeding, with shorter suck bursts and longer pauses, but remains calm and interested. Which interpretation is most defensible?

A. This pattern can only be explained by aspiration.

B. This pattern rules out respiratory contributions because baseline breathing is stable.

C. Endurance and respiratory reserve are limiting coordination under exertion rather than isolated oral skill.

D. This pattern indicates a purely sensory driven feeding disorder.

E. This pattern proves swallowing is normal because interest is intact.

C. Endurance and respiratory reserve are limiting coordination under exertion rather than isolated oral skill.

4. T/F: A child can have clinically meaningful aspiration risk even when coughing is absent.

true

5. During an infant bedside feeding you observe gulping, widened eyes, a brief breathing pause after a burst of swallows, then rapid recovery with no cough. Which inference best fits?

A. This pattern means faster flow should be introduced immediately.

B. A subtle airway protection challenge may be present even without overt coughing.

C. This pattern indicates a primary chewing deficit.

D. This pattern is typical variability and indicates full airway safety.

E. This pattern proves gastrointestinal pain is the only driver.

B. A subtle airway protection challenge may be present even without overt coughing.

7. Which pediatric anatomical feature most strongly helps explain why small timing errors can have larger consequences for airway safety compared with adults?

A. A wider vallecular space.

B. More rigid hyoid movement.

C. A longer pharynx.

D. A larger oral cavity volume.

E. A higher resting laryngeal position relative to the tongue base changes the timing and spatial relationships during swallowing.

E. A higher resting laryngeal position relative to the tongue base changes the timing and spatial relationships during swallowing.

8. In a pre feeding cranial nerve screen, which finding most directly raises concern about reduced airway protection during swallowing?

A. Symmetric facial grimace to light touch.

B. Weak cough effort when cough is elicited.

C. Midline tongue protrusion.

D. Strong rhythmic non nutritive sucking.

E. Intact head righting when supported

E. Intact head righting when supported

9. T/F: If a child can chew age expected solids, swallowing safety concerns with thin liquids are unlikely.

False
(Chewing skill does not guarantee laryngeal closure timing/airway protection during rapid liquid flow)

10. A child with congenital heart disease becomes pale and diaphoretic during feeds with prolonged recovery between swallows but no clear aspiration signs. Which primary mechanism best explains the feeding breakdown?

A. Learned refusal unrelated to physiologic status.

B. Reduced sensory awareness of the bolus.

C. Primary tongue weakness.

D. Reduced physiologic reserve leading to poor coordination under exertion.

E. Delayed gastric emptying as the sole driver.

D. Reduced physiologic reserve leading to poor coordination under exertion.

11. The phase of swallowing most associated with airway closure and bolus passage through the pharynx is the __________ phase.

pharyngeal

12. A premature infant demonstrates variable alertness, poor state regulation, and inconsistent rhythmic sucking. Which inference best fits?

A. Neurobehavioral organization is limiting feeding skill development.

B. This pattern requires no adjustment.

C. Respiratory factors are irrelevant if oxygen saturation remains stable.

D. The infant should immediately be advanced to more complex textures.

E. Oral structure is the primary limitation.

A. Neurobehavioral organization is limiting feeding skill development.

13. A child with traumatic brain injury shows reduced lip seal, anterior loss of liquid, and delayed initiation of a swallow. Which deficit best integrates these signs?

A. Pure sensory over responsiveness.

B. Normal swallowing physiology with learned refusal.

C. Isolated laryngeal closure weakness.

D. Oral motor control and initiation timing.

E. Primary esophageal dysmotility.

D. Oral motor control and initiation timing.

14. Which bedside observation most strongly supports a feeding skill problem rather than an isolated swallowing safety problem?

A. Difficulty maintaining seal on the feeding device with frequent loss of seal.

B. Increased respiratory rate after liquid swallows.

C. Oxygen desaturation that occurs after swallowing.

D. Wet vocal quality after drinking.

E. Coughing only on thin liquids.

A. Difficulty maintaining seal on the feeding device with frequent loss of seal.

15. A pattern of aspiration with minimal outward response is often described as _________ aspiration

silent

16. Which statement best reflects the multi domain framing used in current clinical descriptions of pediatric feeding disorder?

A. It describes age inappropriate intake linked to one or more domains including medical, nutritional, feeding skill, and psychosocial factors.

B. It is defined only by aspiration risk.

C. It is defined only by sensory preferences.

D. It is defined only by refusal behaviors.

E. It is defined only by poor weight gain.

A. It describes age inappropriate intake linked to one or more domains including medical, nutritional, feeding skill, and psychosocial factors.

17. Which clinician decision most clearly protects safety as the first priority during an infant bedside feeding?

A. Introduce a new texture to challenge skill.

B. Stop the feed when physiologic stress signs increase, then reassess readiness before additional trials.

C. Avoid documenting physiologic signs because they are nonspecific.

D. Increase flow to shorten feeding time.

E. Continue feeding to gather more data even if breathing becomes labored.

B. Stop the feed when physiologic stress signs increase, then reassess readiness before additional trials.

18. A child is suspected of aspirating with minimal overt signs. Which finding most strongly increases the need to consider an instrumental swallow study rather than relying only on bedside impressions?

A. Safety concerns are present but bedside markers are inconsistent and could be misleading.

B. Clear refusal of a disliked food with otherwise typical mealtime behavior.

C. Occasional gag with new textures during a developmental transition.

D. Mild messy eating with solids but no respiratory symptoms.

E. Preference for a narrow range of flavors.

A. Safety concerns are present but bedside markers are inconsistent and could be misleading.

20. A school age child collapses through the trunk during fatigue with increasing difficulty controlling bolus timing. Which postural support principle best fits?

A. Encourage standing meals to improve alertness.

B. Eliminate support to strengthen core during meals.

C. Seat the child on a soft surface to increase comfort.

D. Increase head extension to improve airway opening.

E. Stabilize pelvis and trunk to reduce compensatory effort and free head and oral control

E. Stabilize pelvis and trunk to reduce compensatory effort and free head and oral control

21. T/F: During a bedside swallow evaluation, stable oxygen saturation throughout a meal completely rules out aspiration in infants.

False
(aspiration can occur w/o measurable desaturation during brief observation windows and compensations can mask physiologic disruption)

22. Which scenario most strongly points toward a primary sensory processing contribution to feeding rather than isolated swallowing physiology?

A. Coughing only when drinking thin liquids.

B. Delayed swallow initiation with suspected pooling.

C. Increased work of breathing after swallows.

D. A strong aversive response to specific textures with stable physiologic responses and no airway markers.

E. Wet vocal quality after swallowing.

D. A strong aversive response to specific textures with stable physiologic responses and no airway markers.

23. Which principle best matches a food chaining approach?

A. Ignore sensory features and prioritize caloric density only.

B. Use only verbal persuasion to expand variety.

C. Bridge from accepted foods to new foods using planned, small changes in sensory features.

D. Replace all preferred foods with new foods immediately.

E. Focus only on increasing volume of preferred foods.

C. Bridge from accepted foods to new foods using planned, small changes in sensory features.

24. A repeated shallow breathing pause pattern that increases across a meal most directly reflects reduced physiologic _____.

reserve

25. A child has severe oral aversion and gags before food enters the mouth. Which starting point best fits sensory based treatment planning?

A. Insist on full bites immediately to build tolerance.

B. Avoid any non food oral input.

C. Begin with graded, predictable exposure paired with regulation and positive experiences.

D. Stop all mealtime routines until the child agrees.

E. Use only punishment for refusal.

C. Begin with graded, predictable exposure paired with regulation and positive experiences.

26. A clinician wants to reduce shame while still communicating concern about restricted variety. Which phrasing best supports that goal?

A. If your child refuses, do not offer any alternatives.

B. Your child is being manipulative at meals.

C. Your child is showing a strong preference pattern and we can build flexibility in a structured way.

D. This is caused by poor parenting.

E. This is just picky eating and your child will outgrow it.

C. Your child is showing a strong preference pattern and we can build flexibility in a structured way.

27. A child with acute respiratory distress appears stable at rest, but feeding triggers increased respiratory rate and reduced coordination. Which interpretation best fits?

A. The issue must be dental.

B. The issue must be esophageal only.

C. Feeding increases physiologic demand and can reveal limited respiratory reserve even when baseline appears stable.

D. The pattern proves the issue is purely behavioral.

E. Feeding is low demand and should not affect breathing.

C. Feeding increases physiologic demand and can reveal limited respiratory reserve even when baseline appears stable.

29. Which statement most accurately distinguishes screening from an instrumental evaluation?

A. Screening can raise suspicion and guide planning but cannot directly confirm airway invasion.

B. Instrumental evaluations are never needed when bedside signs are subtle.

C. Screening replaces the need for clinical reasoning.

D. Screening provides direct visualization of airway invasion.

E. Instrumental evaluations are only used for adults

A. Screening can raise suspicion and guide planning but cannot directly confirm airway invasion.

30. A child coughs only with thin liquids, has no symptoms with smooth purees, and has a normal oral motor exam. Which pharyngeal explanation is most plausible?

A. Primary chewing weakness.

B. Primary sensory over responsiveness.

C. A timing mismatch between bolus flow and airway closure that becomes more vulnerable as flow speed increases.

D. Reduced lip closure.

E. Esophageal backflow as the only mechanism.

C. A timing mismatch between bolus flow and airway closure that becomes more vulnerable as flow speed increases.

31. A child is reported to choke with solids only when distracted, but eats safely when focused. Which explanation best fits?

A. A dental malocclusion only.

B. A purely gastrointestinal disorder.

C. A guaranteed aspiration event.

D. A fixed structural abnormality.

E. A state and attention related vulnerability affecting pacing and bolus control.

E. A state and attention related vulnerability affecting pacing and bolus control.

32. When evaluating an older child at bedside, which observation most directly supports concern for pharyngeal phase breakdown?

A. Wet vocal quality after swallowing.

B. Slow self feeding speed.

C. Limited food variety due to preference.

D. Poor utensil grasp.

E. Messy hands while eating.

A. Wet vocal quality after swallowing.

33. Which combination best captures the clinician goal during an instrumental evaluation in pediatrics?

A. Measure esophageal peristalsis only.

B. Confirm diagnosis and immediately discharge from care.

C. Determine allergy triggers.

D. Replace caregiver report with imaging.

E. Clarify airway safety and efficiency while testing targeted strategies that could change recommendations.

E. Clarify airway safety and efficiency while testing targeted strategies that could change recommendations.

34. Which case most clearly reflects a nutritional domain concern rather than a feeding skill domain concern?

A. Adequate intake volume but inefficient chewing.

B. Delayed swallow initiation.

C. Oral residue after swallows.

D. Restricted intake leading to inadequate nutrient variety despite intact mechanics.

E. Coughing with thin liquids.

D. Restricted intake leading to inadequate nutrient variety despite intact mechanics.

35. A clinician is deciding whether to recommend an instrumental study. Which question is most essential to answer before ordering?

A. Will the study change management decisions in a meaningful way?

B. Can the study be scheduled quickly?

C. Is the child old enough to follow perfect instructions?

D. Will the child like the contrast texture?

E. Will the study make caregivers feel reassured?

A. Will the study change management decisions in a meaningful way?

36. A child meets criteria for pediatric feeding disorder and shows significant caregiver stress and mealtime conflict. Which domain is most directly implicated by that description?

A. Laryngeal anatomy only.

B. Esophageal motility only.

C. Dental occlusion.

D. Psychosocial factors that shape learning and participation.

E. Upper esophageal sphincter opening only

D. Psychosocial factors that shape learning and participation.

37. The brief visual occlusion during endoscopic swallowing at the exact moment of the swallow is often called the __________ out.

white

38. A clinician documents that a child can purposefully clear pharyngeal residue with an extra swallow when cued. Which skill is being demonstrated?

A. Primary oral aversion.

B. Esophageal peristalsis only.

C. A sign of unsafe swallowing.

D. Proof that instrumental evaluation is never needed.

E. Functional sensory awareness that supports strategy use.

E. Functional sensory awareness that supports strategy use.

39. A child shows improved oral control when feet are supported and the pelvis is stable. Which mechanism best explains why this can matter for swallowing?

A. Reduced whole body compensatory effort supports more precise head and oral control.

B. Increased pharyngeal sensation as the primary mechanism.

C. Faster gastric emptying.

D. Elimination of the need for caregiver coaching.

E. Direct strengthening of vocal folds.

A. Reduced whole body compensatory effort supports more precise head and oral control.

40. Which statement best distinguishes efficiency concerns from safety concerns in pediatric feeding?

A. Efficiency concerns only apply to solids.

B. Efficiency concerns are only behavioral while safety concerns are only physiologic.

C. Efficiency concerns meeting intake needs within reasonable effort and time, while safety concerns focus on airway threat.

D. Safety concerns matter only when coughing is present.

E. Safety concerns only apply to liquids

C. Efficiency concerns meeting intake needs within reasonable effort and time, while safety concerns focus on airway threat.

42. A clinician notes that a child’s mealtime anxiety increases after repeated episodes of gagging and coughing. Which learning principle best explains why avoidance may escalate even if physiology improves later?

A. Avoidance can become reinforced when eating repeatedly predicts discomfort or threat.

B. Avoidance proves the child is manipulating the environment.

C. Avoidance only occurs when caregivers are permissive.

D. Avoidance is unrelated to experience history.

E. Avoidance occurs only in adolescence.

A. Avoidance can become reinforced when eating repeatedly predicts discomfort or threat.

43. A child with failure to thrive shows slow intake and early fatigue but no airway signs. Which inference best avoids an overly narrow interpretation?

A. Without cough, feeding is normal.

B. Efficiency limitations and endurance can be clinically meaningful even when airway safety appears intact.

C. This must be an esophageal issue only.

D. This pattern rules out any feeding disorder.

E. This must be a sensory based issue only.

B. Efficiency limitations and endurance can be clinically meaningful even when airway safety appears intact.

44. A clinician observes minimal jaw grading and reduced tongue lateralization during chew trials in a preschooler. Which downstream risk is most plausible?

A. Improved airway closure with solids.

B. Poor bolus formation that increases variability in swallow timing once the bolus enters the pharynx.

C. Reduced taste sensitivity as the primary outcome.

D. Guaranteed aspiration of all liquids.

E. Elimination of the need for postural support.

B. Poor bolus formation that increases variability in swallow timing once the bolus enters the pharynx.

45. A child demonstrates consistent coughing on thin liquids only after long meals when fatigued. Which conclusion is most defensible?

A. Physiologic reserve and state can gate swallowing safety, so risk can increase with fatigue.

B. The pattern can only be explained by allergy.

C. The pattern proves there is no swallowing problem.

D. The pattern proves the cause is manipulation.

E. The pattern rules out respiratory involvement.

A. Physiologic reserve and state can gate swallowing safety, so risk can increase with fatigue.

46. A child has normal oral skills but persistent wet vocal quality after liquids. Which hypothesis is most plausible to test?

A. Hand dominance.

B. Pharyngeal phase airway protection timing or clearance.

C. Taste preference only.

D. Fine motor utensil control.

E. Dental alignment only.

B. Pharyngeal phase airway protection timing or clearance.

47. Which case most clearly argues for documenting both safety and efficiency in a single evaluation summary?

A. A child with safe swallows but meal times that are so prolonged the child cannot meet intake needs.

B. A child who prefers eating with one caregiver.

C. A child who dislikes one food.

D. A child who requests the same cup.

E. A child who eats quickly.

A. A child with safe swallows but meal times that are so prolonged the child cannot meet intake needs.

48. A clinician wants an intervention that is likely to generalize beyond the clinic. Which choice best fits that aim?

A. Using only clinic based feeding without caregiver participation.

B. Coaching caregivers to identify stress cues and adjust the environment and support accordingly.

C. Changing food brands frequently to prevent routines.

D. Relying only on verbal praise after each bite.

E. Avoiding any home practice to prevent stress.

B. Coaching caregivers to identify stress cues and adjust the environment and support accordingly.

49. A clinician is choosing between focusing on airway safety versus expanding diet variety as the first treatment priority. Which scenario most strongly prioritizes safety first?

A. A child who refuses vegetables only.

B. A child who prefers one brand of crackers.

C. A child who eats slowly but safely.

D. A child who eats a narrow variety but has no physiologic stress signs.

E. A child with recurrent respiratory symptoms and subtle bedside markers suggesting silent aspiration risk.

E. A child with recurrent respiratory symptoms and subtle bedside markers suggesting silent aspiration risk.

50. A child’s intake is safe and efficient at home but breaks down in a clinic room. Which interpretation is most defensible?

A. Context and regulation can alter feeding performance, so assessment should consider multiple settings and routines.

B. Home reports are never reliable.

C. This pattern proves the child is intentionally oppositional.

D. This pattern proves there is no real feeding issue.

E. Clinic performance is the only valid indicator.

A. Context and regulation can alter feeding performance, so assessment should consider multiple settings and routines.

1. An early feeding plan aims to maximize human milk intake while maintaining physiologic stability. Which clinician action most directly supports that goal without relying on numeric targets?

A. Avoid caregiver involvement to reduce variability.

B. Delay feeding education until discharge.

C. Assume intake will self regulate regardless of cues.

D. Recommend longer feeds even when stress cues appear.

E. Teach caregivers to recognize readiness cues and early stress cues, then adjust timing and structure of feeds accordingly

E. Teach caregivers to recognize readiness cues and early stress cues, then adjust timing and structure of feeds accordingly

2. Milk transfer appears limited despite strong infant interest and frequent attempts. Which factor best fits a dyadic framing of early feeding?

A. Only caregiver technique matters.

B. Milk removal and transfer depend on caregiver physiology and infant skill and state.

C. Only infant oral strength matters.

D. If interest is high, transfer is always adequate.

E. Early feeding outcomes depend only on formula selection.

B. Milk removal and transfer depend on caregiver physiology and infant skill and state.

3. A feeding pattern in which the infant primarily uses jaw and tongue movement to express milk from the anterior oral cavity is often described as __________.

sucking

4. T/F: In pediatric dysphagia, a child can have clinically important swallowing impairment even when caregivers describe the child as a good eater.

true

5. A clinician is asked why early feeding support can influence parent infant bonding. Which explanation is most defensible?

A. Bonding improves only with longer feeding duration.

B. Bonding is determined only by infant temperament.

C. Bonding is unrelated to feeding interactions.

D. Bonding improves when caregivers ignore feeding cues.

E. When feeding becomes less stressful and more predictable, caregiver confidence and infant regulation often improve

E. When feeding becomes less stressful and more predictable, caregiver confidence and infant regulation often improve

6. A child presents with coughing during meals and strong refusal of textures that require chewing. Which interpretation best avoids a single cause explanation?

A. This is always behavioral.

B. This pattern rules out swallowing involvement because the child is older.

C. If refusal is present, physiology is normal.

D. Airway safety risk and learned avoidance from difficult feeding experiences can interact.

E. If coughing is present, psychosocial factors are irrelevant.

D. Airway safety risk and learned avoidance from difficult feeding experiences can interact.

7. Which difference most strongly shapes how pediatric dysphagia assessment must be framed compared with adults?

A. Children have no developmental change in feeding skill.

B. Feeding skills and swallowing physiology are developing and must be judged relative to age expected function.

C. Children do not aspirate.

D. Children never benefit from caregiver coaching.

E. Adult comorbidities are more common.

B. Feeding skills and swallowing physiology are developing and must be judged relative to age expected function.

8. A common non oral route for nutrition used when oral intake is unsafe or insufficient is __________ feeding.

tube

9. A child with repaired cleft palate shows nasal regurgitation and poor pressure generation for bolus control. Which mechanism best explains the pattern?

A. Primary esophageal motility disorder.

B. Primary sensory over responsiveness.

C. Reduced airway closure.

D. Normal swallowing with behavioral refusal.

E. Inadequate separation of oral and nasal cavities affects pressure and bolus containment.

E. Inadequate separation of oral and nasal cavities affects pressure and bolus containment.

10. Which treatment decision best matches the idea that interventions must protect airway safety while also supporting developmentally appropriate skill building?

A. Prioritize faster intake even if coughing increases.

B. Select the least restrictive modifications that maintain safety, then fade as skill and stability improve.

C. Avoid caregiver training.

D. Use one strategy permanently regardless of developmental change.

E. Advance textures on a fixed calendar schedule.

B. Select the least restrictive modifications that maintain safety, then fade as skill and stability improve.

11. A clinician considers thickening liquids for a child. Which question most directly determines whether thickening matches the mechanism being treated?

A. Does the caregiver want shorter meals.

B. Is the child old enough to sit in a chair.

C. Is suspected airway risk linked to rapid bolus flow and timing rather than to acceptance or chewing.

D. Does the child dislike the taste of liquids.

E. Does the child prefer crunchy foods.

C. Is suspected airway risk linked to rapid bolus flow and timing rather than to acceptance or chewing.

12. T/F: Thickening liquids is a harmless default that can be used without considering the child’s medical status

false

(Thickening has tradeoffs and must be matched to medical profile, hydration needs, and the suspected swallowing mechanism.)

13. Which interview focus most directly supports identifying psychosocial contributors to pediatric feeding difficulty?

A. Preferred toys.

B. Hand dominance.

C. Dental history only.

D. Caregiver stress, mealtime routines, and reinforcement patterns around refusal.

E. Current height only

D. Caregiver stress, mealtime routines, and reinforcement patterns around refusal.

14. A pattern of food or liquid entering the airway below the vocal folds is termed ____.

aspiration

15. A child with tracheostomy has difficulty coordinating swallowing and breathing. Which statement best reflects why this population can be complex?

A. Tracheostomy affects only chewing.

B. Airway status does not interact with swallowing.

C. Tracheostomy guarantees aspiration.

D. Altered airflow and sensation can interact with coordination and airway protection demands.

E. Tracheostomy eliminates aspiration risk

D. Altered airflow and sensation can interact with coordination and airway protection demands.

17. Which observation most strongly suggests an esophageal contribution that could coexist with oropharyngeal dysphagia in children?

A. Anterior loss of bolus.

B. Frequent regurgitation with discomfort and meal related backflow sensations.

C. Coughing only with thin liquids.

D. Poor tongue lateralization.

E. Gagging when seeing a new food.

B. Frequent regurgitation with discomfort and meal related backflow sensations.

18. Which intervention is most consistent with caregiver coaching as an active treatment component?

A. Provide a list of foods and end the session.

B. Use only clinic based feeding without home carryover.

C. Avoid caregiver participation.

D. Teach caregivers how to read stress cues and adjust support to promote regulated feeding.

D. Teach caregivers how to read stress cues and adjust support to promote regulated feeding.

9. T/f: A child who has a history of tube feeding can develop oral aversion that influences later feeding skill.

True

20. A strong avoidance response to eating or oral input that persists across contexts is often described as oral ______

aversion

22. A term infant shows effective sucking mechanics when calm, but feeding becomes disorganized when the environment is noisy and the caregiver is anxious. Which interpretation best fits?

A. This proves the infant is intentionally refusing.

B. This indicates only gastrointestinal disease.

C. Context can disrupt regulation and coordination, so environmental and caregiver factors can meaningfully change feeding performance.

D. This rules out any physiologic contribution.

E. Mechanics are fixed and cannot vary with context.

C. Context can disrupt regulation and coordination, so environmental and caregiver factors can meaningfully change feeding performance.

23. A clinician wants to distinguish airway invasion from cough due to laryngeal sensitivity. Which observation would most strongly support airway invasion as the concern?

A. Wet vocal quality and respiratory change that follow swallowing rather than preceding it.

B. Cough only with spicy foods.

C. Cough only when seeing food.

D. Cough only during laughter.

E. Cough only after running.

A. Wet vocal quality and respiratory change that follow swallowing rather than preceding it.

4. A child has recurrent pneumonia, noisy breathing, and feeding related distress. Which clinical stance is most defensible?

A. Assume the cause is behavioral refusal.

B. Assume aspiration is always the cause.

C. Assume the cause is dental.

D. Assume aspiration is never the cause.

E. Maintain a broad differential and evaluate for aspiration as one possible contributor rather than assuming a single cause

E. Maintain a broad differential and evaluate for aspiration as one possible contributor rather than assuming a single cause

25. A clinician is deciding whether a modification is compensatory or skill building. Which example best fits a compensatory change?

A. Temporarily altering bolus properties to reduce airway risk while longer term skill work proceeds.

B. Developing postural control through physical therapy.

C. Training caregiver interpretation of stress cues.

D. Improving mealtime routines to reduce conflict.

E. Building chewing skill through graded exposure to texture

A. Temporarily altering bolus properties to reduce airway risk while longer term skill work proceeds.

26. A child demonstrates delayed swallow initiation with visible pooling of secretions. Which clinical question best guides next steps?

A. Is the child right handed.

B. Does the child prefer sweet foods.

C. Is airway protection compromised during the delay and does the child clear residue reliably across consistencies.

D. Does the child dislike the color of the cup.

E. Is the child more cooperative with one caregiver.

C. Is airway protection compromised during the delay and does the child clear residue reliably across consistencies.

27. Which case most strongly fits the need for multidisciplinary coordination rather than an SLP only lens?

A. Requests to eat alone.

B. Prefers one plate.

C. Swallowing symptoms plus gastrointestinal discomfort and growth concerns.

D. Dislikes one food.

E. Eats slowly.

C. Swallowing symptoms plus gastrointestinal discomfort and growth concerns.

28. Which statement best reflects how treatment decisions should evolve across development?

A. Children should remain on the same textures permanently for safety.

B. Children should always be advanced quickly.

C. Once a strategy works, it should never be changed.

D. As physiology and skill change, strategies should be reassessed to avoid unnecessary restriction.

E. Development does not affect feeding.

D. As physiology and skill change, strategies should be reassessed to avoid unnecessary restriction.

29. A clinician suspects that early feeding difficulty is driven primarily by caregiver milk production limits rather than infant skill. Which observation best supports that hypothesis?

A. The infant demonstrates efficient rhythm when flow is available but intake remains

low despite frequent attempts.

B. The infant refuses to open the mouth.

C. The infant coughs with each swallow.

D. The infant gags before oral intake.

E. The infant has food pocketing.

A. The infant demonstrates efficient rhythm when flow is available but intake remains

0. Which statement is most accurate about why feeding efficiency problems can create secondary refusal over time?

A. Refusal is always manipulative.

B. Refusal occurs only in toddlers.

C. When eating repeatedly predicts discomfort or fatigue, avoidance can become reinforced.

D. Behavioral patterns do not develop from experience.

E. Children separate physiology from learning.

C. When eating repeatedly predicts discomfort or fatigue, avoidance can become reinforced.

1. A child has reflux related discomfort and limits volume while maintaining safe mechanics. Which clinical error is most likely if discomfort is ignored?

A. All of the above are equally likely.

B. Assuming all refusal is intentional.

C. Assuming all refusal is sensory based.

D. Over estimating chewing skill.

E. Over attributing low intake to skill deficits when discomfort is driving avoidance.

E. Over attributing low intake to skill deficits when discomfort is driving avoidance.

32. Which intervention is most appropriate when the primary limitation is pharyngeal clearance rather than airway closure timing?

A. Ignore residue because it is normal.

B. Use residue management strategies such as planned second swallows and bolus size adjustment.

C. Only reduce flow speed.

D. Eliminate all solids.

E. Advance quickly to mixed consistencies.

B. Use residue management strategies such as planned second swallows and bolus size adjustment.

33. A clinician is asked to choose an assessment focus for an infant with inconsistent feeding success across caregivers. Which focus best matches early feeding principles?

A. Focus only on caregiver personality.

B. Assume variability means the problem is not real.

C. Ignore caregiver differences as irrelevant.

D. Focus only on infant oral structure.

E. Examine how caregiver handling and infant state cues interact to shape coordination and intake

E. Examine how caregiver handling and infant state cues interact to shape coordination and intake

34. A child has stable appetite but avoids mixed textures and shows prolonged oral holding before swallowing. Which mechanism is most plausible?

A. Purely behavioral manipulation.

B. Oral sensory motor planning and bolus control demands increase with mixed textures, revealing a skill vulnerability.

C. Dental occlusion as the only mechanism.

D. Normal development that never requires support.

E. Esophageal reflux as the only mechanism.

B. Oral sensory motor planning and bolus control demands increase with mixed textures, revealing a skill vulnerability.

35. A clinician plans to introduce a strategy at home. Which feature best predicts that the strategy will be adopted and maintained by caregivers?

A. It is highly technical and requires constant clinician supervision.

B. It avoids caregiver involvement.

C. It relies on long explanations with no observable markers.

D. It is simple, tied to observable cues, and fits the family routine.

E. It changes daily without a plan.

D. It is simple, tied to observable cues, and fits the family routine.

37. A temporary change in bolus properties or posture used to improve safety without changing underlying physiology is a __________ strategy.

compensatory

38. A child who is tube fed cannot aspirate because material is not entering the mouth.

false
(Secretions, refluxed material, and oral trials can still create airway risk, and coordination issues can persist even with limited oral intake)

39. An organized pattern of alertness and stability that supports feeding success is often called feeding __________.

readiness

40. A structured process that gradually reduces reliance on tube feeding while increasing oral intake is tube _______

weaning

41. A clinician needs to decide whether a child’s distress is more likely related to airway events versus pain. Which pattern most strongly supports pain as a primary driver?

A. Distress that reliably increases after meals with arching and backflow signs even when swallowing mechanics look stable.

B. Immediate cough after each swallow.

C. Wet vocal quality that appears only during liquid swallows.

D. Delayed swallow initiation with pooling signs.

E. Breathing changes that occur during swallow bursts.

A. Distress that reliably increases after meals with arching and backflow signs even when swallowing mechanics look stable.

42. An infant has adequate mechanics early in a feed, but later shows worsening coordination and intake drops. Which interpretation best fits?

A. This proves the infant is intentionally refusing.

B. Fatigue can reduce coordination and efficiency, so performance can change across a single feeding session.

C. Mechanics cannot change across a feed.

D. This rules out physiologic contributions.

E. This indicates only taste preference.

B. Fatigue can reduce coordination and efficiency, so performance can change across a single feeding session.

43. A clinician wants to determine whether aspiration risk is limited to a single bolus type or is generalized. Which assessment approach best supports that decision?

A. Assume risk is identical across all bolus types.

B. Base conclusions only on caregiver report.

C. Avoid observing recovery patterns.

D. Test only one consistency to avoid variability.

E. Compare performance across a planned range of consistencies and volumes while monitoring physiologic stress and recovery.

E. Compare performance across a planned range of consistencies and volumes while monitoring physiologic stress and recovery.

44. A child has high mealtime anxiety after repeated choking events. Which treatment sequence best fits a trauma informed, physiology aligned approach?

A. Reestablish safety and predictability, then rebuild variety and challenge in a graded way.

B. Remove all routines to prevent expectations.

C. Use pressure and time out for refusal.

D. Focus only on calorie density without addressing experience.

E. Increase challenge immediately to prove safety.

A. Reestablish safety and predictability, then rebuild variety and challenge in a graded way.

45. A caregiver asks what makes a feeding change least restrictive. Which definition best fits clinical practice?

A. A change that improves safety or intake while preserving as much age expected eating and participation as possible.

B. A change that prioritizes speed over skill.

C. A change that is easiest for the clinician to document.

D. A change that eliminates caregiver decision making.

E. A change that permanently limits textures.

A. A change that improves safety or intake while preserving as much age expected eating and participation as possible.

46. A clinician suspects that a child’s refusal is maintained by escape from difficult chewing demands. Which intervention element most directly targets that mechanism?

A. Ignoring refusal entirely.

B. Systematic shaping of chewing demands with controlled success and reinforcement for engagement.

C. Providing verbal lectures during meals.

D. Only changing cup color.

E. Removing all chewing foods permanently.

B. Systematic shaping of chewing demands with controlled success and reinforcement for engagement.

47. A child has chronic lung disease and shows increased breathing effort during meals. Which recommendation most directly follows from that physiology?

A. Prioritize pacing and breaks that protect respiratory reserve while monitoring stress cues.

B. Encourage continuous drinking to finish quickly.

C. Ignore breathing changes as unrelated.

D. Eliminate all liquids.

E. Advance to mixed textures immediately.

A. Prioritize pacing and breaks that protect respiratory reserve while monitoring stress cues.

48. A clinician is weighing whether to introduce a compensatory change versus focus only on skill building. Which factor most strongly favors a compensatory change first?

A. Current airway safety risk that could cause harm before skill gains can occur.

B. The child’s dislike of one food.

C. The presence of minor messiness.

D. The child’s hand dominance.

E. Caregiver preference for faster meals.

A. Current airway safety risk that could cause harm before skill gains can occur.

49. A feeding plan is effective in the clinic but not at home. Which next step best fits an implementation lens?

A. Assume caregivers are noncompliant.

B. Stop coaching and focus only on child skills.

C. Tell caregivers to copy the clinic environment exactly.

D. Increase plan complexity.

E. Reevaluate fit with the family routine and refine cues and steps so caregivers can apply the plan consistently

E. Reevaluate fit with the family routine and refine cues and steps so caregivers can apply the plan consistently

50. A child has intermittent wet breathing after meals, frequent backflow sensations, and distress that increases after eating rather than during swallowing. Which primary contributor is most plausible to evaluate alongside oropharyngeal swallowing?

A. Only hand dominance.

B. A normal developmental phase that never requires follow up.

C. Purely dental malocclusion.

D. Only food preference for flavors.

E. Gastroesophageal reflux related discomfort affecting participation and airway exposure

E. Gastroesophageal reflux related discomfort affecting participation and airway exposure